For Problems 14, state the nll hypothesis, the alternative hypothesis, the test statistic, the test {in the form \"the test rejects H0 if .-.\" ), and the pvalne- Determine Whether we accept or reject the null hypothesis based on both approaches: via the test itself and via the pvalue. Compute each numerical value to at least two digits after the decinlal point (more if necessary). Note that the pvalue can sometimes be verj.r large {c.g., > 0.5) or small (e.g., close to U), which just means that it is easy to make a decision. The average body temperature of healthy individuals is at most 98.6 degrees Fahrenheit, but a scientist believes that the average body temperature has increased over time and is now greater. To prove this, 100 healthy individuals are selected and their average temperature is 98.74 degrees with a sample standard deviation of 1.1 degrees. Does this support the scientist's claim at the 5 percent significance level? Assume that body temperatures follow a normal distribution